No. 6 of 91 ·Physics Simulation Software

DynamicalSystems.jl

Windows · Mac · Linux

Freedom report

Three barsScore 7.6

Free tierA free tier is on its own pricing page
Open codeNo open-source code on record
Runs widely3 of 6 device platforms
DocumentedPlans, terms and facts published

DynamicalSystems.jl is ranked #6 of 91 in physics simulation software on Freedom251, made by DynamicalSystems.jl. It runs on Linux, macOS, Windows. There is a free plan.

DynamicalSystems.jl plans and pricing

All plans

DynamicalSystems.jl Free 100% open source · Julia package juliadynamics.github.io · 4 Oct 2026

Compared on physics simulation software

Free plan: Yes
Delivery mode: desktop
Authoring tools: Yes
3D visuals: Yes
Offline access: Yes
Data export: Yes

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The record

Purpose: DynamicalSystems.jl is a Julia-based general-purpose library for nonlinear dynamics and nonlinear time-series analysis.
Open source: The project describes itself as 100% open source and community-built on GitHub.
Composable packages: The library re-exports packages for measured time-series analysis and dynamical-system instances, including ComplexityMeasures, DelayEmbeddings, ChaosTools, Attractors, and PeriodicOrbits.
Visualization: The documentation says the library includes functionality for interactive or offline animations and visualizations.
Documentation: The project says its documentation includes hundreds of tutorials and examples, with scientific descriptions and references for implemented algorithms.
Performance: The project says it is written entirely in Julia, optimized, and parallelized.
Installation: The documented installation command is `import Pkg; Pkg.add("DynamicalSystems")` in Julia.
Integrations: The documentation says Julia interoperability lets users of Python, R, and MATLAB use parts of the ecosystem, and gives juliacall as a Python example for ComplexityMeasures.jl.
Testing: The project says its functionality is extensively tested and its test suite is run and checked before code changes are merged.
Support: Users can ask questions through Julia Discourse, Julia Slack, or GitHub issues, with the project recommending Discourse for involved questions and issues for unexpected behavior.
Audience: The project describes use in scientific research and education, and says it gives teachers a framework for demonstrating runnable nonlinear-dynamics code.
Notable limitation: The documentation cautions that PredefinedDynamicalSystems.jl has no actual tests, is not guaranteed stable, and is intended for demonstrative examples.
Analysis methods: The library includes tools for complexity measures, delay embeddings, periodic orbits, stability analysis, attractor basins, continuation, chaos, fractal dimensions, surrogate testing, and recurrence quantification.
Reproducibility: The project aims to support reproducible analyses through Julia's environment support, testing, and a broad collection of ready to use algorithms.
Price from: Free

Where it ranks on Freedom251

Best Physics Simulation Software in 2026#6 of 91

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Sources

juliadynamics.github.io/DynamicalSystems.jl/dev/· checked 4 Oct 2026
juliadynamics.github.io/DynamicalSystems.jl/dev/contents/· checked 4 Oct 2026
juliadynamics.github.io/DynamicalSystems.jl/dev/visualizations/· checked 4 Oct 2026